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This research aims to develop and evaluate a tunable thermoresponsive hydrogel for health monitoring and encryption applications.

Tunable Thermoresponsive and Antifreezing Hydrogels Enhanced by LiCl for Health Detection and Information Encryption

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Randomized trial evaluates sensor performance of hydrogels in health detection, suggesting innovative applications.

This research aims to develop and evaluate a tunable thermoresponsive hydrogel for health monitoring and encryption applications.
Fabricated P(AA-AM)/Gelatin/LiCl hydrogel via a one-pot approach.
Assessed mechanical and conductivity properties with varying LiCl concentrations.
Examined phase transition characteristics and sensor capabilities.
PGL 0.8 hydrogel exhibited a strength of 180 kPa, strain of 620%, and conductivity of 2.16 S/m.
Gave rise to a gauge factor of 1.95 for strain sensing and a temperature resistance coefficient of 2.05%/°C.
Showed effective real-time monitoring of human joint motions and temperature fluctuations.

Yang et al. (2026) studied this question.

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